SpaceX offers to conduct experiments and manufacture materials in orbit
The company has presented a project page for Starfall, a platform for microgravity research. The platform supports payloads of up to 1000 kg and provides equipment with up to 1 kW of power.
SpaceX has revealed new details about the Starfall project—a platform for scientific experiments, equipment testing, and material production in space. On a dedicated page, the company invites potential customers to discuss mission opportunities.
Starfall is designed to accommodate payloads weighing up to 1000 kg. It provides electrical power of up to 1 kW for equipment, Ethernet connectivity, and continuous communication with Earth via Starlink. The duration of the orbital stay can be tailored to the customer's needs.
One of the focus areas SpaceX highlights is biomedical research. In microgravity conditions, the platform enables studies on the creation of biomaterials, medical implants, organoids from stem cells, and tissues.
Another application is pharmaceutical experiments. Growing protein crystals and drug compounds in microgravity may help researchers analyze their structure and properties. However, this remains a potential use of the platform, not a report of medications already developed using it.
Starfall is also intended for materials science and semiconductor development. Microgravity and the vacuum of space allow processes that are difficult to replicate on Earth for extended periods.
A key feature of the project is the ability to return experimental samples and manufactured materials from orbit. Starfall is being developed as a reusable spacecraft, meaning research is not limited to transmitting measurements via radio.
The project has already undergone flight testing: the first demonstration mission launched in June 2026. The release of a dedicated page with specifications now allows potential clients to assess whether the platform suits their equipment and objectives.
